TGCCableInASD.cxx

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/*
  Copyright (C) 2002-2018 CERN for the benefit of the ATLAS collaboration
*/
 
#include "MuonTGC_Cabling/TGCCableInASD.h"
 
#include "MuonTGC_Cabling/TGCDatabaseASDToPP.h" 
#include "MuonTGC_Cabling/TGCChannelASDIn.h"
#include "MuonTGC_Cabling/TGCChannelASDOut.h"
 
namespace MuonTGC_Cabling {
 
// Constructor & Destructor
TGCCableInASD::TGCCableInASD(const std::string& filename)
  : TGCCable(TGCCable::InASD)
{
  m_database[TGCIdBase::Endcap][TGCIdBase::WD] = 
    new TGCDatabaseASDToPP(filename,"EWD");
  m_database[TGCIdBase::Endcap][TGCIdBase::WT] = 
    new TGCDatabaseASDToPP(filename,"EWT");
  m_database[TGCIdBase::Endcap][TGCIdBase::SD] =
    new TGCDatabaseASDToPP(filename,"ESD");
  m_database[TGCIdBase::Endcap][TGCIdBase::ST] =
    new TGCDatabaseASDToPP(filename,"EST");
  m_database[TGCIdBase::Endcap][TGCIdBase::WI] =
    new TGCDatabaseASDToPP(filename,"EWI");
  m_database[TGCIdBase::Endcap][TGCIdBase::SI] =
    new TGCDatabaseASDToPP(filename,"ESI");
  m_database[TGCIdBase::Forward][TGCIdBase::WD] = 
    new TGCDatabaseASDToPP(filename,"FWD");
  m_database[TGCIdBase::Forward][TGCIdBase::WT] =
    new TGCDatabaseASDToPP(filename,"FWT");
  m_database[TGCIdBase::Forward][TGCIdBase::SD] =
    new TGCDatabaseASDToPP(filename,"FSD");
  m_database[TGCIdBase::Forward][TGCIdBase::ST] = 
    new TGCDatabaseASDToPP(filename,"FST");
  m_database[TGCIdBase::Forward][TGCIdBase::WI] =
    new TGCDatabaseASDToPP(filename,"FWI");
  m_database[TGCIdBase::Forward][TGCIdBase::SI] = 
    new TGCDatabaseASDToPP(filename,"FSI");
}
  
TGCCableInASD::~TGCCableInASD(void)
{
  delete m_database[TGCIdBase::Endcap][TGCIdBase::WD];
  delete m_database[TGCIdBase::Endcap][TGCIdBase::WT];
  delete m_database[TGCIdBase::Endcap][TGCIdBase::SD];
  delete m_database[TGCIdBase::Endcap][TGCIdBase::ST];
  delete m_database[TGCIdBase::Endcap][TGCIdBase::WI];
  delete m_database[TGCIdBase::Endcap][TGCIdBase::SI];
  delete m_database[TGCIdBase::Forward][TGCIdBase::WD];
  delete m_database[TGCIdBase::Forward][TGCIdBase::WT];
  delete m_database[TGCIdBase::Forward][TGCIdBase::SD];
  delete m_database[TGCIdBase::Forward][TGCIdBase::ST];
  delete m_database[TGCIdBase::Forward][TGCIdBase::WI];
  delete m_database[TGCIdBase::Forward][TGCIdBase::SI];
}
 
TGCChannelId* TGCCableInASD::getChannel(const TGCChannelId* channelId,
                    bool orChannel) const {
  if(channelId){
    if(channelId->getChannelIdType()==TGCIdBase::ASDIn)
      return getChannelOut(channelId,orChannel);
    if(channelId->getChannelIdType()==TGCIdBase::ASDOut)
      return getChannelIn(channelId,orChannel);
  }
  return nullptr;
}
 
TGCChannelId*TGCCableInASD::getChannelIn(const TGCChannelId* asdout,
                     bool orChannel) const {
  if(orChannel) return nullptr;
  if(asdout->isValid()==false) return nullptr;
 
  TGCDatabase* databaseP = 
    m_database[asdout->getRegionType()][asdout->getModuleType()];
  
  TGCChannelASDIn* asdin = nullptr;
 
  // sector ASDIn [1..48, 1..24], ASDOut [0..47, 0..23]
  int sector;
  if(asdout->isEndcap() && !asdout->isInner()){
    sector = asdout->getSector()-1;
    if(sector<=0) sector += TGCId::NumberOfEndcapSector;
  } else {
    sector = asdout->getSector();
    if(sector<=0) sector += TGCId::NumberOfForwardSector;
  }
 
  // chamber ASDIn [1(F),1,2,3,4,5(E)], ASDOut [0(F),4,3,2,1,0(E)]
  int chamber;
  if(asdout->isEndcap() && !asdout->isInner()){
    chamber = 5-asdout->getChamber();
  } else {
    chamber = asdout->getChamber()+1;
  }
  
  int channel=-1;
  // channel ASDIn [1..32(S),1..n(W chamber)], ASDOut [0..31(S),n..0(W sector)]
  if(asdout->isWire()){
    // Endcap Triplet chamberId start from 1 in ASDOut 
    int dbChamber = asdout->getChamber(); 
    if(asdout->isEndcap() && asdout->isTriplet()) dbChamber = dbChamber-1; 
    int indexIn[TGCDatabaseASDToPP::NIndexIn] = 
      {asdout->getLayer(), dbChamber, asdout->getChannel()}; 
    int i = databaseP->getIndexDBIn(indexIn); 
    if(i<0) return nullptr; 
    channel = databaseP->getEntry(i,7)+1; 
  } else {
    if(( asdout->isBackward() && asdout->isAside()) ||
       (!asdout->isBackward() && asdout->isCside()))
      channel = 32-asdout->getChannel();
    else
      channel = asdout->getChannel()+1;
  }
  if(channel==-1) return nullptr;
 
  asdin = new TGCChannelASDIn(asdout->getSideType(),
                  asdout->getSignalType(),
                  asdout->getRegionType(),
                  sector,
                  asdout->getLayer(),
                  chamber,
                  channel);
 
  return asdin;
}
 
TGCChannelId* TGCCableInASD::getChannelOut(const TGCChannelId* asdin,
                       bool orChannel) const {
  if(orChannel) return nullptr;
  if(asdin->isValid()==false) return nullptr;
 
  const bool asdinisEndcap = asdin->isEndcap();
  const bool asdinisTriplet = asdin->isTriplet();
  const int asdinLayer = asdin->getLayer();
  const int asdinChannel = asdin->getChannel();
 
  TGCDatabase* databaseP =
    m_database[asdin->getRegionType()][asdin->getModuleType()];
  
  TGCChannelASDOut* asdout = nullptr;
 
  // sector ASDIn [1..48, 1..24], ASDOut [2..47.0.1, 1..23.0]
  int sector;
  if(asdin->isEndcap()) {
   if(!asdin->isInner()){
      // Endcap
      sector = (asdin->getSector()+1) % TGCId::NumberOfEndcapSector;
    } else {
      // EI
       sector = (asdin->getSector()) % TGCId::NumberOfInnerSector;
    } 
  } else {
   if(!asdin->isInner()){
      // Forward
      sector = (asdin->getSector()) % TGCId::NumberOfForwardSector;
    } else {
      // FI 
      sector = (asdin->getSector()) % TGCId::NumberOfInnerSector;
    }
  }
  
  // chamber ASDIn [1(F),1,2,3,4,5(E)], ASDOut [0(F),4,3,2,1,0(E)]
  int chamber;
  if(asdin->isEndcap()&&!asdin->isInner()){
    chamber = 5-asdin->getChamber();
  } else {
    chamber = asdin->getChamber()-1;
  }
  
  int channel=-1;
  // channel ASDIn [1..32(S),1..n(W chamber)], ASDOut [0..31(S),n..0(W sector)]
  if(asdin->isWire()){
    const int MaxEntry = databaseP->getMaxEntry();
    for(int i=0; i<MaxEntry; i++){
      // Endcap Triplet chamberId start from 1 in ASDOut
      int dbChamber = chamber;
      if(asdinisEndcap&&asdinisTriplet)
    dbChamber = dbChamber-1;
      
      int dbChannel = asdinChannel-1;
      if(databaseP->getEntry(i,7)==dbChannel&&
     databaseP->getEntry(i,1)==dbChamber&&
     databaseP->getEntry(i,0)==asdinLayer)
    {
      channel = databaseP->getEntry(i,6);
      break;
    }
    }
  } else {
    // asdin->isBackward() can not be used because this method rely on sector number for asdout
    bool is_Backward = false; 
    if(asdin->isEndcap()){
      if(!asdin->isInner()) { 
    if(asdin->isAside()) is_Backward = (sector%2==1);
    else                 is_Backward = (sector%2==0); 
      } else {
    // EI  
    // Special case of EI11
    if(sector == 15) {
      if(asdin->isAside()) is_Backward = false;
      else                 is_Backward = true; 
    } else if(sector == 16) {
      if(asdin->isAside()) is_Backward = true;
      else                 is_Backward = false; 
    } else {
      //  A-side phi0 F: phi1 F: phi2 B
      //  C-side phi0 B: phi1 B: phi2 F
      if(asdin->isAside())  is_Backward = (sector%3==2);
      else                  is_Backward = (sector%3!=2);
    }
      }
    } else {
      if(asdin->isAside()) is_Backward = true; //All Backward for A-side
    }
    if(( is_Backward && asdin->isAside()) ||
       (!is_Backward && asdin->isCside()))
      channel = 32-asdin->getChannel();
    else
      channel = asdin->getChannel()-1;
  }
  if(channel==-1) return nullptr;
 
  asdout = new TGCChannelASDOut(asdin->getSideType(),
                asdin->getSignalType(),
                asdin->getRegionType(),
                sector,
                asdin->getLayer(),
                chamber,
                channel);
 
  return asdout;
}  
 
 
} //end of namespace